Abstract Algebra | Ring homomorphisms

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  • Опубликовано: 18 дек 2024

Комментарии • 11

  • @klbrow10
    @klbrow10 2 года назад +2

    This guy is freaky bad-a. He is know his stuff, and I LOOVE the way he explains it. I understand it very well now. Thank you Mike! Keep up the good work in explaining it, and I love the way you present yourself. Don't ever change anything.

  • @michellejingdong
    @michellejingdong 2 года назад +1

    Thanks!

  • @paul21353
    @paul21353 3 года назад +7

    At 11:03...not 5-i but 6-i. One thing Michael has to learn is not to rush so much. This causes many of his tiny mistakes.

  • @nyambeMathsTutor9841
    @nyambeMathsTutor9841 3 года назад +1

    Very helpful videos. Thank you so much!!

  • @nailabenali7488
    @nailabenali7488 4 года назад +3

    Hey thank you for posting this! There is something called a K-algebra ( I don't know the real name in english but it's called a K-algèbre in french) it's the combination of a vector space and a ring (like the space of matricies, you think you will talk about it someday? Great video again ^^

    • @MichaelPennMath
      @MichaelPennMath  4 года назад +5

      I will cover a bit about k-algebras. These videos are for a course I am teaching and once I am done covering the course material I plan to make some "extra" videos on this topic.

    • @nailabenali7488
      @nailabenali7488 4 года назад +1

      @@MichaelPennMath okay I understand!! Looking forward to your next videos !!

  • @abudinaatiewin7974
    @abudinaatiewin7974 2 года назад

    You are the best

  • @slaozeren8742
    @slaozeren8742 4 года назад

    I love you.

  • @huhnhl7740
    @huhnhl7740 4 месяца назад

    i hate when they say very clearly i don

  • @ghs8010R
    @ghs8010R 3 года назад

    Give an example of a ring homomorphism
    f: R S such that S has an identity element
    but R does not.